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Updated: Jan 17, 2026

Eye Tracking Young Children with Autism
Published on: March 27, 2012
EMPLOYING COMPUTATIONAL LINGUISTIC TECHNOLOGIES AND OCULOGRAPHY TO DEVELOP DIAGNOSTIC TOOL FOR DETECTING
Anna Khomenko1, Lala Kasimova2, Evgeniy Sychugov1
1Center for Language and Brain & Laboratory of Theory and Practice of Decision-Making Support Systems, HSE University, Nizhny Novgorod, Russia.
Early recognition of autoaggression in youth is crucial for suicide prevention. This study developed an AI model using eye-tracking and linguistic analysis, achieving 72% accuracy in identifying at-risk individuals.
Area of Science:
- Psycholinguistics
- Computational Linguistics
- Forensic Psychology
Background:
- Early identification of autoaggressive tendencies in young people is critical for suicide risk reduction.
- Psycholinguistic methods, including corpus analysis and eye-tracking, offer promising avenues for diagnostic screening.
- Corpus research identifies generalized speech patterns, while oculography examines perceptual cues linked to suicidal ideation.
Purpose of the Study:
- To develop an algorithmic framework for identifying autoaggressive tendencies in youth using multimodal stimuli.
- To integrate corpus linguistics and eye-tracking data for objective diagnostic markers.
- To enhance early diagnostic screening and suicide prevention programs for at-risk youth.
Main Methods:
- Constructed verbal, visual, and multimodal stimuli based on the idiolect paradigm and forensic authorship attribution.
- Analyzed extensive corpus data (over 100 million tokens) using Python libraries (NLTK, SpaCy) for linguistic markers.
- Integrated stimuli into an eye-tracking application, quantifying gaze delay differences to identify diagnostic relevance.
Main Results:
- Multimodal stimuli and visual cues (characters, portraits) showed significant gaze delay differences in the target group (26-36%).
- Verbal stimuli revealed prolonged gaze on self-referential pronouns (12-25%) and metaphorical death terms, with avoidance of direct suicide terms.
- Developed an automated diagnostic model with weighted coefficients, achieving 72% accuracy in identifying autoaggression.
Conclusions:
- A novel methodology integrating visual, linguistic, and multimodal stimuli with oculography provides objective markers for diagnosing mental health conditions and psychopathological phenomena.
- Oculographic detection of eye movement patterns can identify at-risk states like autoaggression and inform evidence-based diagnostics.
- This approach holds potential for improving suicide prevention strategies, especially for vulnerable young populations exhibiting self-aggressive tendencies.
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